1) On-site inspection
2) Water quality analysis
3) Submit a proposal
4) STP production
5) Delivery and installation
- Product Details
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Quick Details
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Material:
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CS/SS304, Q235 carbon steel or stainless steel
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Weight:
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3600
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Size:
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5.8*2.2*2.2
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Power:
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10.8kw
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Weight (KG):
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3600 kg
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Product name:
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MBR Sewage Treatment Plant
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Application:
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Wastewater Treatment Plant
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Function:
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Removing COD BOD NH-N
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Type:
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Packaged/Containerized/Mobile
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Keywords:
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Waste Water Treatmnet
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Processing:
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AO MBBR MBR
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Capacity:
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5CMD 10CMD 20CMD 50CMD
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Usage:
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Environmental Protection
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Color:
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White,Blue,Green
Quick Details
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Marketing Type:
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Hot Product 2024
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Place of Origin:
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Shandong, China
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Brand Name:
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QDEVU
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Material:
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CS/SS304, Q235 carbon steel or stainless steel
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Weight:
-
3600
-
Size:
-
5.8*2.2*2.2
-
Power:
-
10.8kw
-
Weight (KG):
-
3600 kg
-
Product name:
-
MBR Sewage Treatment Plant
-
Application:
-
Wastewater Treatment Plant
-
Function:
-
Removing COD BOD NH-N
-
Type:
-
Packaged/Containerized/Mobile
-
Keywords:
-
Waste Water Treatmnet
-
Processing:
-
AO MBBR MBR
-
Capacity:
-
5CMD 10CMD 20CMD 50CMD
-
Usage:
-
Environmental Protection
-
Color:
-
White,Blue,Green
Why Choose Us
QDEVU engineers always customize sewage treatment solutions for each customer, with simple process, comprehensive design, high-quality products and reliable results.
Products Description
QDEVU® Sewage Treatment Plant (Q-STP)
Revolutionizing Wastewater Management
QDEVU® Q-STP is a critical facility designed to effectively treat wastewater generated from various sources, including the residential,commercial and industrial. The main goal of Q-STP is to remove pollutants (SS, COD, BOD, Oil&Grease, etc.) and impurities fromwastewater, ensuring that the wastewater is safely discharged into the environment or reused for non-potable purposes such as irrigation and industrial processing.
Q-STP Packaged Sewage Waste Water Treatment Plant is made of Q235 carbon steel or stainless steel and coated with 3 layers of epoxy resin to enhance anti-corrosion protection. The equipment can be placed underground or ground according to site conditions.On site is required a concrete foundation and external pipes from the septic tank to the STP's inlet. A level gauge and sewage pump will do the rest. The outlet can be connected to the municipal sewage pipelines. The equipment room contains all pumps, instruments, valves，which is used to monitor the operation of the STP.The effluent can also be stored in on-site water storage tanks for irrigation or floor cleaning, saving costs.
Q-STP is customized in different sizes depending on your needs.
Q-STP is modular type, which means it can be easily combined together as capacity increased.As Q-STP is in a corrosion-resistant steel container that is approximately the size of a standard 20 or 40 foot container, it can be easily relocated and installed in most locations.
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Capacity
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Dimension
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Q-STP5
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5m3/day
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4.0*2.2*2.2M
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Q-STP10
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10m3/day
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4.5*2.2*2.2M
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Q-STP20
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20m3/day
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5.0*2.2*2.2M
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Q-STP50
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50m3/day
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8.5*2.2*2.4M
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Q-STP100
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100m3/day
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11.5*2.2*2.4M
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Q-STP200
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200m3/day
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11.5*4.5*2.4M
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Q-STP300
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300m3/day
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11.5*7.0*2.4M
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******Key Technologies for Sewage Treatment Plant******
Biological Treatment
Biological treatment exploits the natural ability of microorganisms to degrade organic contaminants.
Biological treatment exploits the natural ability of microorganisms to degrade organic contaminants.
Anoix and Oxic(AO)
Aerobic processes use oxygen to support microorganisms in breaking down organic matter. Anaerobic processes operate without oxygen and produce biogas as a by-product. Both processes play a vital role in wastewater treatment.
Aerobic processes use oxygen to support microorganisms in breaking down organic matter. Anaerobic processes operate without oxygen and produce biogas as a by-product. Both processes play a vital role in wastewater treatment.
Moving Bed Bioreactor (MBBR)
Moving bed bioreactor technology uses a suspended plastic medium as a substrate for biofilm growth. It provides a large attachment
surface area for microorganisms to effectively decompose organic pollutants.
Moving bed bioreactor technology uses a suspended plastic medium as a substrate for biofilm growth. It provides a large attachment
surface area for microorganisms to effectively decompose organic pollutants.
Membrane Bioreactor (MBR)
Membrane bioreactor technology combines biological treatment with membrane filtration technology to achieve excellent effluent
quality. It effectively removes suspended solids, pathogens and organic matter, and the treated water is suitable for reuse.
Membrane bioreactor technology combines biological treatment with membrane filtration technology to achieve excellent effluent
quality. It effectively removes suspended solids, pathogens and organic matter, and the treated water is suitable for reuse.
Application Industry
Q-STP for Hotels and Resorts
Waste water treatment is critical to the hospitality industry. Sewage treatment plants (Q-STP) designed for hotels and resorts utilize advanced treatment processes such as MBR, MBBR, etc. to ensure effective removal of pollutants from wastewater. Q-STP recycle the treated water for various non-potable uses within the premises, contributing to sustainable water management.
Q-STP for Restaurants and Bars
Restaurant Wastewater Treatment Facilities
Effective treatment of wastewater is critical to the sanitation and environmental standards of restaurants. QDEVU® Q-STP series
Sewage treatment plant
use aerobic and anaerobic processes followed by biological treatment to purify wastewater and minimize environmental impact.
Q-STP for Hospitals and Healthcare Facilities
Hospitals generate a significant amount of wastewater that requires careful treatment due to potential biohazards. Q-STP in healthcare facilities utilize specialized technologies like MBR and SBR to ensure the safe disposal of treated wastewater, contributing to infection control and environmental protection.
Q-STP for Residential Complexes
Sewage treatment is vital in residential areas to prevent pollution and safeguard public health.STP for residential complexes are often compact and integrated, ensuring efficient treatment and the potential for water reuse.Technologies like MBBR and SBR are employed to manage the varying wastewater loads.
Q-STP for Commercial Complexes and Industrial Aera
Commercial and industrial areas produce diverse and often complex wastewater. State-of-the-art STPs with compact designs meet the specific needs of these industries, and biological water treatment methods such as MBR and SBR ensure complete removal of pollutants and compliance with environmental regulations.
Q-STP for Municipal Projects and Public Areas
STP serving municipalities are designed to handle the wastewater generated by entire communities.These facilities combine various treatment processes to efficiently treat large volumes of wastewater.Water recycling and reuse are often integrated into the process,contributing to sustainable water management practices.
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